Shanghai – March 2026 – Eplus3D, a global leader in industrial metal additive manufacturing, made a strong impact at TCT Asia 2026 with a showcase highlighting the next generation of large-format and industrial metal AM technologies. At Booth 7E15, the company is unveiling groundbreaking advancements that address the most demanding challenges across aerospace, energy, automotive, and other industries.
Figure 1 - Eplus3D at TCT ASIA 2026
EP-M3050: Expanding the Limits of Large-Format Metal AM
A key highlight of Eplus3D’s presence at the exhibition was a major step forward in large-format metal additive manufacturing. While full technical details of the upcoming EP-M3050 system have yet to be officially released, a striking example of its capability was on display: an integrally printed casing measuringφ2800 x 125 mm.
Figure 2 - A 2.8-meter casing printed by EP-M3050
This massive component demonstrates the potential of powder bed fusion technology for producing meter-scale parts with complex geometries and high structural integrity. It represents a significant milestone for industries that require large-format components while maintaining strict performance and reliability standards.
By continuing to expand the limits of multi-laser large-format printing, Eplus3D is enabling applications that were once considered beyond the reach of additive manufacturing.
Beam Shaping Technology: Flexible Process Control
Another major highlight at the booth was Eplus3D’s demonstration of beam shaping technology on the EP-M300 system, which supports multiple beam profiles within a single platform.
Figure 3 - Customers watching Beam shaping technology
At the exhibition, visitors were able to directly observe how different beam configurations operate within the same machine environment, providing an intuitive understanding of how energy distribution influences melt pool behavior and overall process performance.
By adjusting the beam profile, the system can deliver either more concentrated energy for high-detail applications or a more controlled thermal interaction for improved stability and productivity.
This capability enables manufacturers to flexibly adapt the printing process to different application requirements, achieving an optimal balance between precision, efficiency, and process stability.
For a deeper exploration of beam shaping technology and its impact on metal additive manufacturing, read our detailed article on beam shaping technology.
Aerospace Applications: Supporting the New Space Economy
The rapid growth of the commercial space industry is placing increasing demands on manufacturing technologies. Lightweight structures, high-performance materials, and shorter production cycles are becoming essential for next-generation launch systems.
At TCT Asia 2026, Eplus3D showcased a range of large-format aerospace components including rocket nozzles, combustion chambers, and structural parts produced through metal additive manufacturing.
Figure 4 - Aerospace components
Through integrated design enabled by additive manufacturing, these components can achieve:
Over 50% weight reduction compared with traditional designs
More than double the structural strength
Lead times reduced from months to weeks
Industry data indicates that a significant portion of components in modern commercial rocket liquid engines are now produced using metal additive manufacturing, with some advanced designs approaching 90%. Technologies like those demonstrated by Eplus3D are helping accelerate the development of reusable launch systems and high-frequency space missions.
To learn more about how metal additive manufacturing is enabling the commercial space industry, explore our article on metal AM in commercial aerospace applications.
Copper Printing: Mastery Over a Challenging Material
Copper and copper alloys have historically been difficult to process using laser-based additive manufacturing due to their high reflectivity and low absorption of infrared laser energy.
Figure 5 - Copper printed components
At the exhibition, Eplus3D presented several copper components produced using advanced red laser technology and optimized processing parameters. These parts demonstrated:
Relative density of up to 99.97%
Dimensional accuracy within ±0.01 mm
Excellent thermal and electrical conductivity
These capabilities open new opportunities for applications requiring high-performance heat transfer, including electronics cooling, energy systems, and aerospace thermal management.
EP-M300L: Automation Redefining Industrial Throughput
While part size remains an important factor in additive manufacturing, industrial adoption increasingly depends on scalable production capabilities.
Figure 6 - Batch production printed by EP-M300L
Eplus3D’s EP-M300L automation line addresses this need by enabling efficient, high-throughput manufacturing through an integrated production workflow.
Key features include:
Modular cylinder architecture supporting continuous production
Automated powder handling and part removal processes
Full data traceability for process monitoring and quality assurance
During the exhibition, Eplus3D’s technical experts provided in-depth discussions on how the EP-M300L enables manufacturers to move confidently from prototyping to scalable industrial production while maintaining repeatability, reliability, and operational efficiency.
Driving the Future of Industrial AM
TCT Asia 2026 provided a valuable platform for Eplus3D to connect with partners, customers, and industry professionals from around the world. The company extends its sincere thanks to everyone who visited the Eplus3D booth and engaged with the team during the exhibition.
Moving forward, Eplus3D remains committed to advancing industrial metal additive manufacturing technologies and working closely with partners and customers to unlock new possibilities in manufacturing. Together with the global additive manufacturing community, Eplus3D will continue to push the boundaries of innovation and drive the industry toward a more scalable and efficient future.
